海洋开发与管理2026，Vol.43Issue(4)：72-79,8.
2024年曹妃甸海草床生态分布及碳储量估算
Ecological Distribution and Carbon Storage Estimation of Seagrass Bed in Caofeidian in 2024
摘要
Abstract
With the continuous increase of global carbon dioxide(CO2)concentration,climate change has become the most prominent environmental issue faced by human beings in the 21st century,and the"blue carbon"of coastal ecosystems has gradually attracted attention.Seagrass beds are one of the near-shore highly productive ecosystems with great potential for carbon storage and are an important component of"blue carbon".Through field sampling and experimental measurement,this study quantitatively estimated the carbon storage of seagrass beds in Caofeidian,and systematically analyzed the sources of uncertainty in the estimation process.The results show that:(1)Based on GF-2 remote sensing image data in June 2024,the area of 42.82 km2 of seagrass bed in Caofeidian,Hebei Province was defined by manual visual interpretation,UAV aerial photography and ship surveying.(2)The seagrass species is Eelgrass(formerly known as grass wrack);the height range of seagrass is 60～103 cm.and coverage ranges from 10％to 60％.(3)The biomass carbon density of seagrass beds varied from 0.05～0.19 Mg C/hm2,and the sediment carbon density ranged from 14.27～31.12 Mg C/hm2.(4)In 2024,the biomass carbon storage of seagrass bed was 490 tons,the sediment carbon storage was 8.89 × 104 tons,and the total carbon storage of sebaceous grass bed was(8.94±2.32)× 104tons.关键词
鳗草/沉积物/碳储量/海草床/蓝碳生态系统Key words
Eelgrass/Sediment/Carbon storage/Seagrass beds/Blue carbon ecosystems分类
资源环境引用本文复制引用
樊倩颖,吕红娟,张嵩月..2024年曹妃甸海草床生态分布及碳储量估算[J].海洋开发与管理,2026,43(4):72-79,8.基金项目
河北省自然资源厅(13000024P00EEC410252N). （13000024P00EEC410252N）
